Hydrogen will most likely will preferably assume a metastable state in which a one dimensional crystalline form of Rydberg matter is surrounded by a cloud of many electrons in orbit around a long string like core of many protons.
On Sun, Aug 31, 2014 at 12:49 PM, Bob Higgins <[email protected]> wrote: > While Va'vra is recently trying to connect the 511 keV galactic signal > with DDL hydrogen, his theory about multi-photon DDL transitions is older. > He has been doing work with spark discharge in hydrogen and uses a large > cylindrical scintillator with an axial hole to look for coincident > detection of multiple photons, that he thought may add up to 511 keV. > > Of course, the 511 keV galactic signal is not Va'vra's observation. He > was just citing that with a speculation that DDL hydrogen could be > implicated. > > One of the things that QED analysis may provide a better handle on is how > DDL transitions might occur. Meulenberg states that DDL state electrons do > not have sufficient angular momentum for photon transactions, making it > difficult to visualize how DDL state transitions occur. Shrodinger, KG, > and Dirac really don't contain information about the photon interaction > with the electron, but QED does. > > Bob > > > On Sun, Aug 31, 2014 at 9:42 AM, Jones Beene <[email protected]> wrote: > >> There is a third possibility – that Va’vra is measuring something >> completely different… since as I recall, he is trying to explain a >> phenomenon of the Milky Way, and the others who see emissions from distant >> galaxies in the range of 3.5 keV are seeing a characteristic emission of >> dark matter which is far removed. >> >> >> >> The emission line which they see (5 or 6 different papers) is >> red-shifted, but is not clear if the originating radiation is 3.7 keV or >> not. At any rate it is NOT as Mills suggests, the 3.4 keV which he >> calculates, since the red-shift would lower that. So we know that Mills is >> wrong, if nothing else as his value is lower than what is actually seen, >> when it should be higher. >> >> >> >> The fourth possibility is the most likely. Va’vra is seeing positron >> annihilation, which he tries to marginalize as a possibility, but it is too >> coincidental to be otherwise. >> >> >> >> *From:* Eric Walker >> >> >> >> Just one point of detail -- I read Va'vra as saying that if you sum >> all of the photon energies from a hydrogen atom going to DDL across a full >> solid angle, this will add up to 511 keV. >> >> >> >> Looking at the 2013 paper again, that is just one of two possibilities. >> One possibility is that the DDL gives off a 511 keV emission (explaining >> the signal in the cosmic background) and the other is that the DDL >> emissions sum up over a solid angle (not explaining the signal, presumably) >> [1]. He does something similar with the capture cross section of DDL >> hydrogen -- it might or might not be all that high (p. 6). >> >> >> >> Eric >> >> >> >> >> >> [1] http://arxiv.org/pdf/1304.0833v3.pdf, p. 5 >> >> >> > >
